private void Window_Loaded(object sender, RoutedEventArgs e)
{
protocolService = new ProtocolService();
firewallService = new FirewallService();
PopulateCombo();
MakeSomeDummyData();
}
/// <summary>
/// Sets up a module after it has been added to the <see cref="P:DevExpress.ExpressApp.XafApplication.Modules"/> collection.
/// </summary>
/// <param name="application">An <see cref="T:DevExpress.ExpressApp.XafApplication"/> object that provides methods and properties to manage the current application. This parameter value is set for the <see cref="P:DevExpress.ExpressApp.ModuleBase.Application"/> property.</param>
public override void Setup(XafApplication application)
{
base.Setup(application);
// initialize services
StorageService.Instance.Initialize(application, ReplicaStorageConnectionString, typeof(Package), typeof(Ticket));
ProtocolService.Initialize(application, StorageService.Instance, LoadService);
MessagingService.Initialize(application);
}
protected virtual void Dispose(bool disposing)
{
if (disposing && !_disposed)
{
DebugErrorHandler.ThrowOnFailure(ProtocolService.Dispose());
}
_disposed = true;
}
/// <summary>
/// Creates internal services.
/// </summary>
private void createServices()
{
LoadService = new LoadService(this);
ProtocolService = new ProtocolService(this, LoadService);
MessagingService = new MessagingService(this);
ProtocolReplicationService = new ProtocolReplicationService(this);
SnapshotService = new SnapshotService(this);
PackService = new PackService(this);
}
public void Exit(int exitCode)
{
if (ProtocolService == null)
{
return;
}
DebugErrorHandler.ThrowOnFailure(ProtocolService.Exit(exitCode));
}
public void Resume()
{
if (ProtocolService == null)
{
return;
}
DebugErrorHandler.ThrowOnFailure(ProtocolService.Resume());
}
private void Window_Loaded(object sender, RoutedEventArgs e)
{
firewallService = new FirewallService();
protocolService = new ProtocolService();
rdbInboundRules.IsChecked = true;
rdbOutboundRules.IsChecked = false;
ClearControls();
ShowRules();
}
public void Suspend()
{
// the target will suspend automatically as part of the VMStart event
if (ProtocolService == null)
{
return;
}
DebugErrorHandler.ThrowOnFailure(ProtocolService.Suspend());
}
public ReadOnlyCollection <IThreadReference> GetAllThreads()
{
if (ProtocolService == null)
{
throw new VirtualMachineDisconnectedException();
}
ThreadId[] threads;
DebugErrorHandler.ThrowOnFailure(ProtocolService.GetAllThreads(out threads));
return(new ReadOnlyCollection <IThreadReference>(Array.ConvertAll(threads, GetMirrorOf)));
}
public ReadOnlyCollection <IReferenceType> GetAllClasses()
{
if (ProtocolService == null)
{
throw new VirtualMachineDisconnectedException();
}
ReferenceTypeData[] classes;
DebugErrorHandler.ThrowOnFailure(ProtocolService.GetAllClasses(out classes));
return(new ReadOnlyCollection <IReferenceType>(Array.ConvertAll(classes, GetMirrorOf)));
}
public bool GetCanGetMonitorFrameInfo()
{
if (ProtocolService == null)
{
throw new VirtualMachineDisconnectedException();
}
Capabilities capabilities;
DebugErrorHandler.ThrowOnFailure(ProtocolService.GetCapabilities(out capabilities));
return((capabilities & Capabilities.CanGetOwnedMonitorStackDepthInfo) != 0);
}
public StrongValueHandle <StringReference> GetMirrorOf(string value)
{
if (value == null)
{
return(null);
}
StringId stringObject;
DebugErrorHandler.ThrowOnFailure(ProtocolService.CreateString(out stringObject, value));
return(new StrongValueHandle <StringReference>(GetMirrorOf(stringObject)));
}
public bool GetCanInvokeWithoutThread()
{
if (ProtocolService == null)
{
throw new VirtualMachineDisconnectedException();
}
Capabilities capabilities;
DebugErrorHandler.ThrowOnFailure(ProtocolService.GetCapabilities(out capabilities));
return((capabilities & Capabilities.CanInvokeWithoutThread) != 0);
}
public bool GetCanGetCurrentContendedMonitor()
{
if (ProtocolService == null)
{
throw new VirtualMachineDisconnectedException();
}
Capabilities capabilities;
DebugErrorHandler.ThrowOnFailure(ProtocolService.GetCapabilities(out capabilities));
return((capabilities & Capabilities.CanGetCurrentContendedMonitor) != 0);
}
public bool GetCanWatchFieldModification()
{
if (ProtocolService == null)
{
throw new VirtualMachineDisconnectedException();
}
Capabilities capabilities;
DebugErrorHandler.ThrowOnFailure(ProtocolService.GetCapabilities(out capabilities));
return((capabilities & Capabilities.CanGenerateFieldModificationEvents) != 0);
}
public bool GetCanUnrestrictedlyRedefineClasses()
{
if (ProtocolService == null)
{
throw new VirtualMachineDisconnectedException();
}
Capabilities capabilities;
DebugErrorHandler.ThrowOnFailure(ProtocolService.GetCapabilities(out capabilities));
return((capabilities & Capabilities.CanRedefineAnyClass) != 0);
}
public bool GetCanGetSyntheticAttribute()
{
if (ProtocolService == null)
{
throw new VirtualMachineDisconnectedException();
}
Capabilities capabilities;
DebugErrorHandler.ThrowOnFailure(ProtocolService.GetCapabilities(out capabilities));
return((capabilities & Capabilities.CanGetSyntheticAttribute) != 0);
}
public bool GetCanUseSourceNameFilters()
{
if (ProtocolService == null)
{
throw new VirtualMachineDisconnectedException();
}
Capabilities capabilities;
DebugErrorHandler.ThrowOnFailure(ProtocolService.GetCapabilities(out capabilities));
//return (capabilities & Capabilities.CanUseSourceNameFilters) != 0;
throw new NotImplementedException();
}
public bool GetCanRequestVMDeathEvent()
{
if (ProtocolService == null)
{
throw new VirtualMachineDisconnectedException();
}
Capabilities capabilities;
DebugErrorHandler.ThrowOnFailure(ProtocolService.GetCapabilities(out capabilities));
//return (capabilities & Capabilities.CanRequestVMDeathEvent) != 0;
throw new NotImplementedException();
}
public void RedefineClasses(IEnumerable <KeyValuePair <IReferenceType, byte[]> > classes)
{
List <ClassDefinitionData> definitions = new List <ClassDefinitionData>();
foreach (var pair in classes)
{
ReferenceType referenceType = pair.Key as ReferenceType;
if (referenceType == null || !this.Equals(referenceType.VirtualMachine))
{
throw new VirtualMachineMismatchException();
}
definitions.Add(new ClassDefinitionData(referenceType.ReferenceTypeId, pair.Value));
}
DebugErrorHandler.ThrowOnFailure(ProtocolService.RedefineClasses(definitions.ToArray()));
}
public TransactionController(ProtocolService protocolService, ICryptoService cryptoService, ISp8deTransactionStorage transactionStorage)
{
this.protocolService = protocolService;
this.cryptoService = cryptoService;
this.transactionStorage = transactionStorage;
}
internal IType FindType(string signature)
{
Contract.Requires <ArgumentNullException>(signature != null, "signature");
Contract.Requires <ArgumentException>(!string.IsNullOrEmpty(signature));
switch (signature[0])
{
case 'Z':
return(PrimitiveTypes.Boolean);
case 'B':
return(PrimitiveTypes.Byte);
case 'C':
return(PrimitiveTypes.Char);
case 'D':
return(PrimitiveTypes.Double);
case 'F':
return(PrimitiveTypes.Float);
case 'I':
return(PrimitiveTypes.Integer);
case 'J':
return(PrimitiveTypes.Long);
case 'S':
return(PrimitiveTypes.Short);
case 'V':
return(PrimitiveTypes.Void);
//case '[':
// return GetArrayType(FindType(signature.Substring(1)));
//case 'L':
// return GetClassesByName(signature).Single();
default:
Types.ReferenceTypeData[] classes;
DebugErrorHandler.ThrowOnFailure(ProtocolService.GetClassesBySignature(out classes, signature));
if (classes.Length == 1)
{
return(GetMirrorOf(classes[0]));
}
else if (classes.Length == 0)
{
if (signature[0] == '[')
{
return(new UnloadedArrayType(this, signature));
}
else
{
return(new UnloadedReferenceType(this, signature));
}
}
else
{
throw new ArgumentException("Could not resolve the signature to a single type.");
}
}
}
public void SetDefaultStratum(string stratum)
{
DebugErrorHandler.ThrowOnFailure(ProtocolService.SetDefaultStratum(stratum));
}
// GET api/values
public ProtocolModel Get()
{
ProtocolService service = new ProtocolService();
return(service.GetProtocol());
}
static void GenerateProtocolToCsharp()
{
string log = "自动生成 c# 类：->\n";
s_SubStruct = new List <string>();
string path = Application.dataPath + "/Resources/Network/" + ProtocolService.c_ProtocolFileName + ".txt";
string content = ResourceIOTool.ReadStringByFile(path);
Dictionary <string, List <Dictionary <string, object> > > protocolInfo = ProtocolService.ReadProtocolInfo(content);
path = Application.dataPath + "/Resources/Network/" + ProtocolService.c_methodNameInfoFileName + ".txt";
content = ResourceIOTool.ReadStringByFile(path);
Dictionary <int, string> methodNameInfo;
Dictionary <string, int> methodIndexInfo;
ProtocolService.ReadMethodNameInfo(out methodNameInfo, out methodIndexInfo, content);
string output = "using System.Collections.Generic;\n";
output += "namespace Protocol\n{\n";
output += "\t//Protocol消息文件\n";
output += "\t//该文件自动生成，请勿修改，以避免不必要的损失\n";
string currentModuleName = null;
bool isFold = false;
//根据模块，生成模块类、并折叠代码
foreach (var item in methodNameInfo)
{
int tab = 1;
if (isFold)
{
tab = 2;
}
//判断这个是不是一个模块声明
//是，生成模块类
if (!item.Value.Contains("_") &&
item.Key < 100
)
{
if (isFold)
{
output += GetTab(1) + "}\n";
output += GetTab(1) + "#endregion \n\n";
isFold = false;
}
isFold = true;
output += GetTab(1) + "#region Module " + item.Value + "\n";
output += GetTab(1) + "namespace " + item.Value + "Module\n";
output += GetTab(1) + "{\n";
//判断是否已经有这个模块类
if (!GetExitsModule(item.Value))
{
output += GenerateProtocolModuleClass(tab, item.Value, item.Key);
}
else
{
log += "跳过了 " + item.Value + " 模块\n";
}
currentModuleName = item.Value;
}
//否，生成消息类
else
{
string className = GetMessageNmae(item.Value);
//Debug.Log(className + " -> " + item.Value);
if (GetAimType(className) == null)
{
string name = "m_" + item.Value + "_c";
if (protocolInfo.ContainsKey(name))
{
output += GenerateProtocolClass(tab, SendMode.ToClient, currentModuleName, item.Value + "_c", protocolInfo[name]);
}
name = "m_" + item.Value + "_s";
if (protocolInfo.ContainsKey(name))
{
output += GenerateProtocolClass(tab, SendMode.ToServer, currentModuleName, item.Value + "_s", protocolInfo[name]);
}
}
else
{
log += ("跳过了 " + className + " 类\n");
//检查类的子结构，放入Struct列表中
string name = "m_" + item.Value + "_c";
if (protocolInfo.ContainsKey(name))
{
GenerateProtocolClass(tab, SendMode.ToClient, currentModuleName, item.Value + "_c", protocolInfo[name]);
}
name = "m_" + item.Value + "_s";
if (protocolInfo.ContainsKey(name))
{
GenerateProtocolClass(tab, SendMode.ToServer, currentModuleName, item.Value + "_s", protocolInfo[name]);
}
}
}
}
if (isFold)
{
output += GetTab(1) + "}\n";
output += GetTab(1) + "#endregion \n\n";
isFold = false;
}
//子结构
output += GetTab(1) + "#region Struct\n";
for (int i = 0; i < s_SubStruct.Count; i++)
{
if (GetAimStructType(s_SubStruct[i]) == null)
{
try
{
output += GenerateProtocolClass(2, SendMode.Both, null, s_SubStruct[i], protocolInfo[s_SubStruct[i]], true);
}
catch (Exception e)
{
throw new Exception("s_SubStruct[i] ->" + s_SubStruct[i] + "\n" + e.ToString());
}
}
else
{
log += ("跳过了 " + s_SubStruct[i] + " 结构\n");
//检查结构的子结构，放入Struct列表中
GenerateProtocolClass(2, SendMode.Both, null, s_SubStruct[i], protocolInfo[s_SubStruct[i]], true);
}
}
output += GetTab(1) + "#endregion \n";
output += "}\n";
string SavePath = Application.dataPath + "/Script/" + PathName + "/" + ProtocolClassName + ".cs";
ResourceIOTool.WriteStringByFile(SavePath, output);
AssetDatabase.Refresh();
Debug.Log(log);
}
public ReadOnlyCollection <IThreadGroupReference> GetTopLevelThreadGroups()
{
ThreadGroupId[] groups;
DebugErrorHandler.ThrowOnFailure(ProtocolService.GetTopLevelThreadGroups(out groups));
return(new ReadOnlyCollection <IThreadGroupReference>(Array.ConvertAll(groups, GetMirrorOf)));
}
